Display Silicon Architect
Cupertino, California, United States
Hardware
In this highly visible role, you will be leading the effort to develop ICs for the next generation cutting edge displays for iPad, MacBook and iMac: defining display silicon architecture & requirements, working with external vendors as well as internal design teams for all phase of the silicon development, validating silicon functionality & performance in the module and system, and qualifying the ICs for mass production.
Key Qualifications
- Experience with whole IC design cycle from specification to tape out and design validation. Good tracking recording on delivered ICs
- Analog circuit design including high-speed SERDES transmitter / receiver, operational amplifiers, ADC/DAC, LDO and reference generator
- Excellent IC and board level debugging skill. Familiar with lab equipment: oscilloscopes, spectrum analyzer, logic analyzers
- Demonstrated ability to meet aggressive and dynamic work objectives.
- Good written/verbal communication, organizational and leadership skills to coordinate multiple internal teams and vendors
- Familiar with Cadence simulation tools for circuit simulation and/or MATLAB for high level simulation
Description
As a Display Silicon Architect owning the chip architecture and specification, you will have responsibilities spanning all aspects of display silicon design:
- Architecting and generating engineering specification for the display silicon
- Providing performance trade off with system/module team to determine the optimized silicon architecture
- Manage vendors from specification to design, tape out and mass production
- Manage overall IC design schedules, and support cross-functional engineering efforts
- Promote innovation and new technology to further enhance the Display performance and user experience
Education & Experience
BS and a minimum of 10 years relevant industry experience
Additional Requirements
- - Experience in vendor technical management
- - Knowledge in LCD/OLED displays, image quality, or graphics subsystem